Knauf sheets. Gkl - what is it? gvl, gypsum plasterboard and other types of drywall, characteristics and application features Plasterboard sheets are made of what

Plasterboard sheets (GKL, KNAUF sheets) are a gypsum core, all planes of which, except for the end edges, are lined with cardboard. To form the core, G-4 gypsum is used, which has exceptional physical and technical properties as a building material. To achieve the required indicators of density and strength, special components are added to it. Another important component of drywall is facing board. Adhesion to the gypsum core is provided through the use of adhesive additives. Cardboard plays the role of a reinforcing frame and is an excellent basis for applying any finishing material (plaster, wallpaper, paint, ceramic tiles, etc.). Due to its physical and hygienic properties, cardboard is ideal for living quarters. Knauf sheets are used for interior wall cladding, interior partitions, suspended ceilings.

GKL are divided into:

• ordinary (GKL)
• moisture resistant (GKLV)
• with increased resistance to open flame (GKLO)
• moisture resistant with increased resistance to open flame (GKLVO)

Drywall Feature

It is known that GKL, along with the existing listed characteristics, has another remarkable ability - the acquisition of plasticity in the wet state and the restoration of its original quality after drying, while maintaining the shape given to it. This greatly expands the design and architectural possibilities of gypsum plasterboard as a building material, through the possibility of forming almost any curved surface, whether it be a ceiling or a wall. In the manufacture of curvilinear forms, plasterboard sheets 600 mm wide are used. It should be taken into account that the minimum bending radius of a sheet with a thickness of 12.5 mm will be approximately 1000 mm, and with a decrease in the thickness of the GCR, the radius also decreases. So, for sheets with a thickness of 9 mm, the minimum bending radius is approximately 500 mm.

GVL (gypsum fiber sheet)

Gypsum-fiber sheets (GVL, KNAUF-superlists) are used for interior decoration, especially those where there are increased fire safety requirements. They are made of gypsum not lower than G-4, with loose cellulose waste paper as a filler. Gypsum-fiber sheets are a homogeneous environmentally friendly building material used for interior partitions, suspended ceilings and interior wall cladding in residential premises, industrial buildings, premises of social facilities and medical institutions, schools, kindergartens and sanatoriums. Produced by semi-dry pressing. GVL is used for the installation of partitions and wall claddings with increased requirements for protection against impact, for the installation of prefabricated bases (dry screeds) for floors under coatings or in the presence of increased requirements for the fire performance of the structures used.

GVL are divided into:

• ordinary (GVL)
• moisture resistant (GVLV) (GVLV, unlike GVL, is treated with a special hydrophobizing liquid, which increases the resistance of its surface to high humidity)
• moisture resistant small format (DIY)
• KNAUF-superpol (GVLV EP)

Differences between GVL and GKL. What is better to choose?

So, having considered GKL and GVL, we will dwell separately on the differences. What to choose anyway? GVL is used for the construction of partitions and wall claddings with increased requirements for impact protection, that is, it is harder than GKL. GVL more easily tolerates sawing in any direction, as it is homogeneous in composition. GKL is less durable and is cut across so as not to disturb the cardboard reinforcement (although in some cases it is allowed), but it is capable of acquiring plasticity when soaked, and restoring its original strength when dried. Drywall is the best base for wallpaper. They can be glued without any pre-treatment, the only thing to do is cover the nail heads with nitro enamel or alcohol varnish to prevent corrosion. And you can not paste over the walls, but, for example, whitewash or paint with glue or oil paint, like ordinary plastered surfaces. It is not recommended to use only lime paints, as they do not adhere well to cardboard. It is impossible to answer unequivocally that it is better than GVL or GKL. There is no universal answer. It all depends on the task and the operating conditions of the premises.

The main grades of the profile for GKL or GVL

Metal profiles are used in all categories of buildings: residential, public, industrial and agricultural. They serve to form frames of various designs and purposes, including for partitions, claddings and suspended ceilings. Frames, in turn, are a rigid base for fixing drywall and GVL.

The main grades of the profile for fastening GKL or GVL:

How to cut sheets of drywall

When installing drywall, use solid sheets wherever possible. Cut the drywall sheet to length so that the end of the sheet rests on support beams, rungs, studs, or jambs. In order to properly cut the sheet to length, first install it so that the end of it protrudes beyond the edge to which you plan to lay the drywall. Measure the required length with a tape measure. Then use a special tool for drywall - a T-square and mark with a knife on a sheet of drywall the place where the cut begins and ends. Use a special knife to make an incision along the length of the drywall sheet. To get the most even line during the first cut, you can also attach an impromptu ruler to the drywall. For these purposes, you can use a wide metal profile, level, etc. Tap on one side of the sheet. Drywall should break exactly where you made the incision. If the end edge resulting from cutting is not smooth enough, then it should be corrected with a special grater. Peeling of paper from plaster should not be allowed. this may adversely affect the quality. If a paper “fringe” has formed at the end, it should be cut off with a knife. You can also use a drywall cutter to cut. This will not tear the paper covering the drywall core from below. Therefore, in order to completely separate the pieces of the sheet, run the blade of a knife over the cut to separate the back cover as well. A different drywall installation technology is used when you need to cut a sheet of drywall in places where there are internal corners. To make such cuts, use a special tool - a drywall knife. Make an incision in the place where you want to cut the sheet and sharply bend one edge back, as described above. After that, you will again have to cut the paper covering the drywall core from the back. Another way to make a cut for an inside corner is to first secure the sheet of drywall in the area where you are making the overlap, and then use a drywall knife to cut the desired hole.

Cutting figured parts from drywall

To get a part with uneven edges (arc, wave, zigzag, etc.), you can use a special file to work with drywall, but when using it, the sheet may crumble and the edge of the part will turn out to be uneven. If you try to align the edge, the dimensions of the part may change. In such cases, it is much easier and more convenient to use a jigsaw to work with drywall.

Drywall drilling

Often for mounting recessed lighting fixtures, etc. drywall holes required. Small holes are drilled with conventional drills, and larger holes (for halogen lamps, various pipes, etc.) are drilled with special files for drywall work or drilled with crowns.

Bending drywall

To create arches, figured ceilings and some other structures, it is necessary to obtain curved parts. There are several ways to work with drywall to bend a part.

First way. Wet the part and, when it becomes flexible, give it the desired shape. After drying, the part can be mounted. This method of working with drywall, of course, makes it possible to obtain a curved part, but it will require a significant investment of time, which will not please customers very much.

The second way. Use a special roller with spikes (spiked roller). With it, the paper is pierced on the outside of the intended drywall bend, and then the part is bent by applying physical force. As a result, the paper is torn due to punctures and makes it possible to bend the part. The method is quite effective, but it will require special skills, and the part can be difficult to screw on, and before puttying it will look completely unaesthetic.

Third way working with drywall to bend a part consists in cutting the outer side of the intended bend with an interval of about 5 cm. Depending on the steepness of the bend, the interval may vary. Then the part is broken in places of cuts, and bent to the required degree. The part prepared in this way is easy to mount, and it will take a minimum amount of time to manufacture it.

Drywall installation

First of all, it should be noted that in the world there are many systems and methods for installing drywall. Consider the most popular of them:

First way. Installation is carried out using the so-called adhesive compositions. This, one might say, is the easiest installation method: an adhesive composition is applied to the previously prepared (cleaned from old wallpaper, plaster, etc. and properly primed) surface (plasterboard ceilings are not installed in this way for natural reasons), prepared according to the manufacturer's instructions. The glue should be applied in “cakes” at a distance of no more than 35 cm from each other, with the exception of the corners of the room, and the joints of the sheets, where the glue is applied in a continuous layer. Also, when applying glue, one should take into account the individual slope, curvature, deformation of the wall, i.e. in convex places, less glue should be applied, and vice versa. In places where the depressions are too large, you should first stick a strip of drywall, as if leveling the surface. You can check these characteristics with a level, and a thread stretched along the wall. After applying the adhesive, a pre-cut sheet of drywall is pressed against the wall. Further, with the help of a level and skillful hands, the sheet is set in the plane we need. Sometimes, when installing drywall on an adhesive, first drywall strips (the so-called “beacons”) about 15 cm wide are glued onto the wall, and the sheet itself is glued directly onto them. In this case, do not forget to let the glue dry. The advantages of this method are simplicity, high speed of installation and no need for a special set of tools. The disadvantages include the impossibility of creating new partitions and niches: in addition, this method does not allow laying sheets on a wooden base.

The second way. Installation of drywall is made on a frame of wooden bars. The installation of drywall on a frame made of bars was popular about ten years ago, due to the shortage of metal profiles that existed at that time. This method consists of two stages: the assembly of the frame from the bars and the actual installation of drywall sheets on the wooden frame. The assembly of the frame from the bars begins with the exposure and subsequent fixation of the guides. Depending on the material to which the beam is attached, an appropriate fastener is selected, most often it is a dowel nail (if the base is concrete, brick, etc.) or a self-tapping screw with a large pitch (if the base is wooden). To set the guides, as well as the entire frame, a level and strips of veneer are used, which, if necessary, are placed under the bars. After installing the guides, the main bars are exposed and fixed. They should be installed no more than sixty centimeters apart, i.e. so that each sheet of drywall is attached at least at the edges and in the center, and the edges of adjacent sheets are attached to one bar. Before installing pre-cut drywall sheets, make sure that the assembled frame forms one plane, and, if there are any shortcomings, eliminate them. Drywall is attached to the wooden frame with wood screws. In this case, the distance between the self-tapping screws should not exceed thirty centimeters, and the self-tapping screws themselves should be screwed into the drywall in such a way that their caps are slightly recessed, but avoiding tearing the paper. Compared with the previous method of installing drywall, this method has a number of significant advantages. These, first of all, include the possibility of creating new structures, such as arches, partitions, niches, etc.; in addition, we get the opportunity to change the shape of existing walls and partitions. However, this is a more time-consuming and requires a special tool method. It should also not be forgotten that with changes in temperature and humidity, wood tends to deform, which cannot but affect the quality of the entire structure.

The third way. Installation of drywall using a metal frame. To create a frame, a metal profile is used. The assembly of the metal frame, as in the previous case, begins with the exposure and subsequent fixation of the guides. To set the guides, as well as the entire frame, a level is used. The difference lies in the fact that the main profile is fixed by means of special fittings, called "suspension", and self-tapping screws for metal. The use of suspensions allows you to simultaneously attach the metal profile to the wall and set it in the desired plane, which greatly facilitates the process of installing drywall. Suspensions should be located at a distance of no more than seventy centimeters from each other, and the main profile should be installed no more than sixty centimeters from each other, i.e. so that each sheet of drywall is attached at least at the edges and in the center, and the edges of adjacent sheets are attached to the same profile. Drywall is attached to the metal frame with metal screws. In this case, the distance between the screws should not exceed thirty centimeters. Installation of drywall on a metal frame is the most relevant way today, because. he, while retaining almost all the advantages of other methods, is not burdened by their shortcomings. In addition to all the advantages when using a metal frame, it is also possible to hide electrical wiring, heating radiators, pipes, etc. under drywall, and install recessed lighting fixtures - halogen lamps, etc. The disadvantages of this method include the need for a special tool and qualified specialists.

Security measures

Gypsum dust can cause irritation to the eyes and respiratory tract. Therefore, you should take care of protecting your eyes and lungs in advance. To do this, you must use goggles and a mask or respirator, as well as ensure proper ventilation of the repair site. Carefully study the purpose of each tool and use these tools only for the operations for which they are specifically designed. Unsharpened tools are dangerous and can interfere with or even harm your work. Always work with sharp blades. Keep an eye on your drywall tools and keep them in safe places. Always turn off the electricity in the room if you are working in a potentially fire-prone area. Be careful when working on sawhorses, scaffolding and ladders. We must not forget that when installing a building ladder, all of its legs must stand firmly on the ground. Never try to reach somewhere to the side or up while working on the stairs. Keep children out of the construction site and keep them away from power tools and building materials, solvents, etc., which may be hazardous to their health. Keep the work area clean and prevent debris and waste from accumulating on the construction site.

Drywall, also known as GKL (GSP according to GOST 12997-84), drywall sheet and dry gypsum plaster, is a combined material. Between two layers of cardboard, a gypsum mortar that has gained strength is laid. The main area of ​​\u200b\u200buse of drywall are objects in which frame construction is necessary. The construction of partitions, wall cladding and suspended ceilings, in a word, using technologies that do not involve wet processes and, as a result, require quick readiness for finishing.

The popularity and widespread use of the material is due to the unique combination of affordable cost, ease of application technology and excellent performance. The latter include light weight, the ability to choose fire-moisture resistant sheets, comfort and practicality of operation, etc. An important bonus is the convenience of placing engineering communications under the GKL layer, as well as heat and sound insulating materials.

Advantages

HISTORY OF gypsum board

• 1881-1910

  The first analogue of modern drywall was invented by the American engineer August Sackett, who invented and manufactured a 5 mm thick material consisting of 10 layers of cardboard glued together with a gypsum mortar. A patent for a new technology was issued at the end of the century before last - in 1881.

  Drywall, more familiar to modern man, acquired at the beginning of the 20th century through the efforts of Stefan Kelly and Clares Utzmann. The first one patented a material consisting of two layers of cardboard with hardened gypsum between them, and the second one came up with a wrapped edge of the sheet, which made the use of GKL more convenient.

  The first factory engaged in the mass production of drywall was opened in 1917 in England. However, for several years the material was used in construction only to a very limited extent.

• 1932-1958

  A key role in the rapid growth in the popularity of drywall was the creation in Germany in 1932 of a new company for the manufacture of various building materials and structures. Since the two brothers Knauf, Alfons and Karl, took part in this, the enterprise quite expectedly became known as Knauf.

  The merit of the KNAUF company is not only that, thanks to the active introduction of new production technologies, the volume of gypsum board produced and the quality of the material have been significantly increased. The specialists of the enterprise constantly worked on improving the design of gypsum plasterboard sheets in order to further improve the performance properties while reducing the cost of production.

  As a result, in 1958, with the direct participation of Alfons Knauf, the technology for the production of drywall was introduced in the form in which it is still produced. Naturally, in the future, changes were also made, for example, to the composition of the gypsum mortar or the density and thickness of the cardboard used, however, they were of a cosmetic nature. In fact, the material that is today called drywall appeared precisely in 1958 at the Knauf factory.

• 1958-1970

  After that, the material conquered the construction markets of the entire developed world within one to two decades. The Soviet Union was no exception, which acquired several Knauf production lines under lend-lease conditions.

  However, in those years there was no serious production culture in the USSR, which caused the production of extremely low quality products. Ultimately, the current situation ceased to suit both the Soviet leadership and the manufacturer from Germany, who sought to expand their own markets.

• 1970-1991

  As a result, in the 70s of the 20th century, Knauf bought several factories from the Soviet Union and began to produce drywall and other materials on the territory of the USSR, but with a European level of quality. The material almost immediately began to be in high demand on the market, which confirmed the correctness of the policy pursued by Knauf. This practice was expanded after the collapse of the Union and the creation of the Russian Federation.

• Nowadays

  Currently, 14 Knauf enterprises are productively operating in Russia. Another 11 plants are located on the territory of other CIS countries. This allows the company to maintain a leading position in the building materials market, constantly increasing production volumes.

  It is important to note that today different types of drywall are used not only for lining partitions and ceilings, but also as a structural material in a variety of Knauf systems. A wide range of such solutions, including ready-made systems of partitions, ceilings, cladding of building structures and structures, facades and even floors, is given on the official website of the manufacturer.

Product catalog

SURFACE STANDARDS

Complete systems

Specifications,
Comparison of Knauf drywall sheets

Type of drywall	Sheet length and width (m)	Thickness (mm)	GKL area (m 2)	Weight, kg)	Characteristics
Knauf-leaf Sapphire (GSP)	2.5x1.2	12,5	3	37,5	Cardboard color grey-blue, marking color black, PLUK edge
KNAUF-leaf moisture resistant (GSP-N2)	2.0x1.2 2.5x1.2 2.5x1.2 3.0x1.2	12,5 12,5 9,5 12,5 6,5	2,4 3 3 3,24 3	20,5 25 22 28 18	Green cardboard, black marking, hydrophobic additives in the core, PLUK edge
KNAUF-list (GSP-A)	2.0×1.2 2.5×1.2 2.5×1.2 3.0×1.2 2.5×1.2	12,5 12,5 9,5 12,5 6,5	2,4 3 3 3,24 3	20,5 25 22 28 18	Gray cardboard, black marking, PLUK edge

Drywall is used in repair and finishing works in the construction of office buildings and premises, residential buildings, suburban real estate, private houses and cottages. For construction, drywall is produced in sheets of a sufficiently large size, which speeds up the construction of partitions, wall cladding and construction of structures.

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Drywall castings

Drywall is produced in sheets. A sheet of drywall has a certain length and width, and different thicknesses. Drywall sheets differ not only in size, but also in properties. Distinctive properties of drywall sheet are moisture resistance (moisture resistance), open flame resistance (fire resistance), increased impact resistance. Also, the drywall sheet has differently made end edges on the long side of the sheet.

drywall sheet has a rectangular shape. Technologically, a drywall sheet has a front and an inner side. On the inside of the drywall sheet, the entire factory marking of the sheet is applied (company name, size, batch number). The outside is clean. Also on the outside of some types of sheets, a thinned edge is made.

Drywall sheet dimensions

Speaking about the dimensions of the drywall sheet, I want to note the following. Sheet dimensions are regulated by GOST 6266-97 "Gypsum boards". This GOST was developed with the participation of the Tigi Knauf joint venture and, as a result, all drywall sheets manufactured by Knauf exactly comply with the requirements set forth in GOST 6266-97 (link at the bottom of the article).

Knauf drywall sheet available in lengths from 2000 mm (2 meters) to 4000 mm, in increments of 500 mm, that is, you can find drywall sheets for sale with a length of 2000; 2500; 3000; 3500; 4000 mm.

• The width of the Knauf drywall sheet is 600 or 1200 mm.
• The thickness of the Knauf drywall sheets is 6.5; 8.0; 9.5; 12.5; 14.0; 16.0; 18.0; 20.0;24.0 mm.

Unlike Knauf sheets, Giprok drywall sheets are produced in other sizes, which does not prevent them from having a Certificate of Conformity (Nq PoCC El.AI09.H004, valid 26.09-2014) allowing it to be used on the territory of Russia. By the way, the certificate of conformity was issued on the basis of the same GOST6266-97.

Gypsum plasterboard sheet available in lengths 2500, 2550, 2600, 2700, 2750, 3000, 3300, 3600 mm.

• The width of the Gyprock sheets is mainly 1200 mm. Less often 900 mm.
• The thickness of the plasterboard sheets is 6.5; 9.5; 12.5; 15.4 mm. The thickness of the sheets varies depending on their properties.

Drywall sheet properties

The most important drywall sheet properties to be aware of when buying them are moisture resistance and fire resistance. These and some other properties of a drywall sheet are "encoded" in sheet markings.

Knauf drywall sheet markings

• GKL - Ordinary drywall sheet (GSP-A, PLUK edge);
• GKLV - Moisture resistant plasterboard sheet (GSP-N2);
• GKLO - Fireproof drywall sheet (GSP-DF);
• GKLVO - Moisture resistant drywall sheet with increased resistance to open flame (GSP-DFH3IR).

Note: Since 2017, the marking of Knauf drywall sheets, which are correctly called Knauf super-sheet) has changed. The parentheses show the new labeling of the sheets. Basic release of all sheets with a PLUK edge.

Moisture-resistant sheets are used for walls and ceilings in wet areas, such as bathrooms, lavatories, showers, provided they are protected with finishing materials (tiles, paint) or waterproofing impregnations.

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Ordinary sheets of drywall in wet rooms begin to swell over time, violating the integrity of the finishing coating.

The nomenclature of drywall sheets Giprok

• GKL - Gypsum board standard
• GKLV - Moisture resistant plasterboard sheet;
• GKLU - Gypsum board reinforced;
• GKLVU - Reinforced moisture resistant gypsum plasterboard;
• GKLO - Gypsum board fire-resistant;
• GKLZ - Gypsum board windproof;
• GKLD - Design gypsum plasterboard.

Drywall sheet edge

When installing drywall sheets (figure), seams remain between the drywall sheets. The seams between the sheets must be sealed (putty) if they are to be painted or pasted over with wallpaper. If the drywall surface will be finished with tiles or other covering material, then you can do without sealing the seams. Depending on whether you need to putty the seams between the drywall sheets or not, make different edges of the drywall sheet.

Knauf drywall sheet edge

For puttying the joints between sheets of drywall, sheets with thinned front edge (UK) or semicircular front edge (PLC).

• Drywall that does not require puttying, is produced with straight edge (PC).
• Also found drywall with thinned and semicircular edge (PLUK).

Note: From January 1, 2013, all Knauf enterprises located in Russia are switching to the production of drywall sheets with a semicircular thinned edge (PLUK), instead of a thinned edge (UK).

Drywall sheetsGiprok (Giprok)issued only withThin Edge (UK) and Straight Edge (PC) .

Sealing joints of drywall sheets depending on the edge

• PC (straight edge) – For dry installation, without sealing the joint
• UK (Thin Edge) - For installation, taking into account the subsequent sealing of the joint with putty with reinforcing tape
• PLC (Semicircular on the front side) – For installation, taking into account the subsequent sealing of the joint with putty
  without reinforcing tape
• PLUK (Semicircular and thinned on the front side) - Universal edge for mounting, taking into account the subsequent sealing of the joint with putty
• ZK(Rounded Edge) – For installation, taking into account the subsequent plastering.

Examples of drywall sheet designations

• GKL-A-UK-3000 × 1200 × 9.5 GOST 6266-97 .Plain drywall sheet, thinned edge, 3000mm long, 1200mm wide, 9.5mm thick
• GKLV-A-PK-3500 × 1200 × 12.5 GOST 6266-97 . Moisture-resistant drywall sheet with a straight edge, 3500 mm long, 1200 mm wide, 12.5 mm thick.

The marking of the drywall sheet is applied to the inside (not the front) side of the sheet.

Drywall (GKL) - is a sheet building material used for finishing work on ceilings and walls. It is popular in the construction of internal interior partitions, shelving, arches and other structures of a similar nature.
On the section we can see that the material consists of a two-layer construction paper pad with a gypsum core in the middle in a layer of reinforcing substances.
The addition of various modifying additives to the composition of drywall at the production stage, coupled with the use of impregnations, makes it possible to achieve the necessary (based on a specific production task) physical properties from the material.
The company TD "Lavon" offers to purchase drywall only from the best domestic and foreign manufacturers.
There are always large batches of GKL produced by Knauf, Volma, Gyproc, Lafarge, Rigips, etc.
GKL sheets presented in the company's catalog have a thickness of 9.5 and 12.5 mm, with a length of 2,500 to 3000 mm. The standard sheet width of any product is 1200 mm.

Scope of application of the material.

Most often, drywall is used for:

• Facing and leveling walls;
• Laying of internal partitions;
• The design of arches and niches;
• Production of decorative structures.

Types of drywall:

• GKL. The standard and most common type of plasterboard. Most often it is used for repair and finishing work indoors with standard temperature and humidity indicators (no more than 70%). Visually similar drywall is gray sheets with blue markings. The obvious advantage of GKL is its affordable price (compared to other types of material);
• GKLO. Plasterboard material of increased fire resistance. It is obtained by reinforcing the gypsum layer and impregnating its surface with flame retardant (fire-fighting) substances. Such drywall is mainly used for finishing industrial premises, upper floors and attics of high-rise buildings, in mines and areas where electrical panels are directly located. From the standard, GKLO is distinguished by pink colors and a slightly higher retail price (around 10-15%);
• GKLV. This item is green in color. It is used in areas of high humidity. The hydrophobic properties of such drywall are provided by special water-repellent impregnations, the addition of silicone granules and reagents to the composition of the material that block the spread of mold. To enhance the protective properties, on the front side of the material, already at the stage of direct construction work, it is recommended to additionally apply a layer of water-repellent enamel (or any other moisture-resistant coating);
• GKLVO. This type of drywall at the same time combines high refractory and water-repellent properties. It is used for finishing work in a room where high temperature and humidity are constantly present. GKLVO drywall is easy to distinguish by its bright green color with red markings.

The main advantages when using drywall:

• Security. The material does not contain or accumulate toxins;
• Flexibility. After the wetting or perforation procedure, the drywall sheet bends in any direction. This is especially important when creating structures with various bends;
• Ease of installation. GKL sheets are easily, without additional equipment, attached to both metal and wooden frames, and the direct surface (even without pre-treatment);
• Ease of finishing. The smooth surface of the sheet does not require additional processing and leveling efforts. GKL is easily painted, it can always be plastered or glued with a wallpaper sheet without any problems.
• Affordable price. Drywall is one of the most popular building materials. Thanks to what its price is available to everyone.

To purchase the class of drywall you need, you must leave a request on the company's website (address) or contact any of Stroykomplekt's offices in your city.
You can always check the specific conditions and cost of delivery by calling our support service: (phones).
All available material in terms of volumes and prices is indicated on the website in the electronic catalog of the company.

Plasterboard sheet (hl)- This is a building material that is widely used in construction for wall cladding, creating interior partitions, erecting ceilings and creating window slopes. It is also used in the construction of various arches, cornices, decorative domes and columns of the diameter you need. At the same time, if you want to align the walls, then the glazing board will allow you to make them perfectly even with minimal effort.

sheet gcl has a rectangular shape, in the middle of which there is a building gypsum with filler, and on both sides it is covered with thin cardboard. Plasterboard sheets are attached either with glue for installing hl, or on a metal (or wooden) frame with screws. At the same time, drywall is quite simple and easy to use.

Gkl moisture resistant (GKLV) provides new, unlimited possibilities for implementing interesting planning ideas when creating modern interiors. Including, and in damp rooms: bathrooms, showers, toilet rooms.

GKL and GKLV price in our store you will be pleasantly surprised. We offer you to buy GKL AND GKLV of excellent quality, at low prices. Write, call, come, we are always glad to see you!